Banerji, NatalieBhosale, RajeshBollot, GuillaumeButterfield, Sara M.Fürstenberg, AlexandreGorteau, VirginieHagihara, ShinyaHennig, AndreasMaity, SantanuMareda, JiriMatile, StefanMora, FedericoPerez-Velasco, AlejandroRavikumar, VelayuthamKishore, Ravuri S. K.Sakai, NaomiTran, Duy-HienVauthey, Eric2012-06-112012-06-112012-06-11200810.1351/pac200880081873https://infoscience.epfl.ch/handle/20.500.14299/81511The objective with synthetic multifunctional nanoarchitecture is to create large suprastructures with interesting functions. For this purpose, lipid bilayer membranes or conducting surfaces have been used as platforms and rigid-rod molecules as shape-persistent scaffolds. Examples for functions obtained by this approach include pores that can act as multicomponent sensors in complex matrices or rigid-rod π-stack architecture for artificial photosynthesis and photovoltaics.text::journal::journal article::research article